Consumer-driven nutrient dynamics in urban environments: The stoichiometry of human diets and waste management

Agriculture & Biology

• waste management 100%
• stoichiometry 87%
• developing countries 56%
• pollution 50%
• omnivores 48%
• nutrients 46%
• eating habits 42%
• diet 40%
• recycling 37%
• excretion 31%
• vegetarian diet 25%
• terrestrial ecosystems 24%
• aquatic ecosystems 23%
• sanitation 22%
• food additives 22%
• excreta 22%
• infrastructure 21%
• effluents 18%
• households 18%
• assimilation (physiology) 18%
• human health 18%
• ecosystems 14%
• phosphorus 14%
• nitrogen 11%
• organisms 11%

Earth & Environmental Sciences

• nutrient dynamics 98%
• stoichiometry 85%
• waste management 70%
• diet 68%
• excretion 27%
• pollution 25%
• nutrient 25%
• recycling 20%
• food additive 18%
• consumption 18%
• remineralization 16%
• city 14%
• sanitation 13%
• terrestrial ecosystem 13%
• aquatic ecosystem 12%
• assimilation 11%
• budget 11%
• household 10%
• human health 10%
• infrastructure 9%
• phosphorus 9%
• effluent 9%
• organism 8%
• decision 8%
• nitrogen 7%
• ecosystem 7%
• modeling 5%